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Albis, J., Huaman, A. (2023). Uso del solvente D-Limoneno como tratamiento para el reciclaje de poliestireno expandido, 2022 [Tesis, Universidad Privada del Norte]. https://hdl.handle.net/11537/37258
Albis, J., Huaman, A. Uso del solvente D-Limoneno como tratamiento para el reciclaje de poliestireno expandido, 2022 [Tesis]. PE: Universidad Privada del Norte; 2023. https://hdl.handle.net/11537/37258
@misc{renati/401704,
title = "Uso del solvente D-Limoneno como tratamiento para el reciclaje de poliestireno expandido, 2022",
author = "Huaman Del Rosario, Adrian Vicente",
publisher = "Universidad Privada del Norte",
year = "2023"
}
Title: Uso del solvente D-Limoneno como tratamiento para el reciclaje de poliestireno expandido, 2022
Advisor(s): Murga Gonzalez, Iselli Josylin Nohely
Keywords: Reciclaje; Disolventes; Fibras sintéticas; Poliestireno expandido; D-Limoneno; Expanded polystyrene; D-Limonene; Recycling
OCDE field: https://purl.org/pe-repo/ocde/ford#2.07.00
Issue Date: 7-Nov-2023
Institution: Universidad Privada del Norte
Abstract: La presente tesis se enmarca en el contexto de la sostenibilidad y la gestión de residuos, proponiendo una alternativa ambiental la cual tiene como objetivo el uso del solvente D-Limoneno para el tratamiento para el reciclaje del poliestireno expandido. La técnica que se utilizó es la cuantitativa y la observación experimental, donde se realizaron 3 muestras de 2 ensayos cada una. Para la validez y confiabilidad de información se puso en práctica el juicio de expertos.
En términos generales, los resultados que se obtuvieron luego de haber pasado por las muestras mencionadas en líneas anteriores y sometidas a condiciones de agitación de 250 rpm y 75°C, arrojaron diversos tiempos, evidenciando que la proporción de poliestireno expandido (g) y la cantidad de aceite esencial (ml), así como el tamaño y/o dimensiones del plástico son factores esenciales en los valores, ya que gracias a ellos se presentan variaciones en la recuperación de la mezcla final.
Finalmente, el estudio concluyó que la proporción 1:5 es la que mostró mejor resultado final en el tratamiento con D-Limoneno, por lo que sí se puede hacer uso de este solvente reciclar el poliestireno expandido.
This thesis is framed in the context of sustainability and waste management, proposing an environmental alternative which aims to use the solvent D-Limonene for the treatment and recycling of expanded polystyrene. The technique used is quantitative and experimental observation, where 3 samples of 2 tests each were carried out. For the validity and reliability of information, expert judgment was put into practice. In general terms, the results obtained after having passed through the samples mentioned in previous lines and subjected to stirring conditions of 250 rpm and 75°C, showed various times, showing that the proportion of expanded polystyrene (g) and the quantity of essential oil (ml), as well as the size and/or dimensions of the plastic are essential factors in the values, since thanks to them variations occur in the recovery of the final mixture. Finally, the study concluded that the 1:5 ratio is the one that showed the best final result in the treatment with D-Limonene, so if this solvent can be used, recycle the expanded polystyrene.
This thesis is framed in the context of sustainability and waste management, proposing an environmental alternative which aims to use the solvent D-Limonene for the treatment and recycling of expanded polystyrene. The technique used is quantitative and experimental observation, where 3 samples of 2 tests each were carried out. For the validity and reliability of information, expert judgment was put into practice. In general terms, the results obtained after having passed through the samples mentioned in previous lines and subjected to stirring conditions of 250 rpm and 75°C, showed various times, showing that the proportion of expanded polystyrene (g) and the quantity of essential oil (ml), as well as the size and/or dimensions of the plastic are essential factors in the values, since thanks to them variations occur in the recovery of the final mixture. Finally, the study concluded that the 1:5 ratio is the one that showed the best final result in the treatment with D-Limonene, so if this solvent can be used, recycle the expanded polystyrene.
Link to repository: https://hdl.handle.net/11537/37258
Discipline: Ingeniería Ambiental
Grade or title grantor: Universidad Privada del Norte. Facultad de Ingeniería
Grade or title: Ingeniero Ambiental
Juror: Miñano Mera, Elvar Renato; Huaroc Bravo, Oscar Raul; Murga Gonzalez, Iselli Josylin
Register date: 30-Jul-2024
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